Publication result detail

AC Induction Motor Control Using Predictive Direct Stator Flux Control Algorithm in Field Weakening Region

Blaha, P. & Vaclavek, P.

Original Title

AC Induction Motor Control Using Predictive Direct Stator Flux Control Algorithm in Field Weakening Region

English Title

AC Induction Motor Control Using Predictive Direct Stator Flux Control Algorithm in Field Weakening Region

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

Field weakening control in connection with Predictive direct stator flux control (PDSFC) algorithm is presented in this article. The field weakening must be used to operate above nominal speed since the voltage limitation is reached. The simple extension of PDSFC algorithm enables to include this feature. The resulting algorithm is simple and computationally unassuming. The proposed scheme is verified through the simulation experiments on a model of AC induction motor.

English abstract

Field weakening control in connection with Predictive direct stator flux control (PDSFC) algorithm is presented in this article. The field weakening must be used to operate above nominal speed since the voltage limitation is reached. The simple extension of PDSFC algorithm enables to include this feature. The resulting algorithm is simple and computationally unassuming. The proposed scheme is verified through the simulation experiments on a model of AC induction motor.

Keywords

AC induction motor, sensorless control, predictive control, field weakening

Key words in English

AC induction motor, sensorless control, predictive control, field weakening

Authors

Blaha, P. & Vaclavek, P.

Released

01.11.2005

Location

Vienna, Austria

ISBN

1726-9687

Periodical

DAAAM International Scientific Book

Volume

2005

Number

11

State

Republic of Austria

Pages from

65

Pages count

11

BibTex

@article{BUT45795,
  author="Petr {Blaha} and Pavel {Václavek}",
  title="AC Induction Motor Control Using Predictive Direct Stator Flux Control Algorithm in Field Weakening Region",
  journal="DAAAM International Scientific Book",
  year="2005",
  volume="2005",
  number="11",
  pages="11",
  issn="1726-9687"
}